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About Course
Course Content
Lectures
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Lect No 01 Definition and Construction
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Lect No 02.1 Principle of Operation RMF
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Lect No 02.2 Principle of Operation Induced EMF
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Lect No 02.3 Principle of Operation Induced Torque
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Lect No 02.4 Animation Video
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Lect No 04.1 IM Equivalent Circuit
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Lect No 04.2 IM Equivalent Circuit
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Lect No 05 Phasor Diagram of IM
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Lect No 06.1 Derivation of IM Equ Cir Using Kron’s Model
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Lect No 06.2 Derivation of IM Equ Cir Using Kron’s Model
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Lect No 06.3 Derivation of IM Equ Cir Using Kron’s Model
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Lect No 06.4 Derivation of IM Equ Cir Using Kron’s Model
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Lect No 07.1 Determination of IM Model Parameters
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Lect No 07.2 Determination of IM Model Parameters
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Lect No 08 Power Flow Diagram for IM
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Lect No 09 Electromagnetic Torque
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Lect No 09.1 Electromagnetic Torque
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Lect No 10 Derivation of Electromagnetic Torque
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Lect No 11 Torque Speed Charactiristic
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Lect No 12 Power Slip Charactiristic
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Lect No 13.1 Mahmatical Model 1
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Lect No 13.2 Mahmatical Model 1
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Lect No 13.3 Mahmatical Model 1
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Lect No 13.4 Mahmatical Model Using Arbitrary Ref Framce & MATLAB Simulation
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Lect No 14 1 Speed Control Part 1
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Lect No 14.2 Speed Control Variable Voltage, Constant Frequency
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Lect No 14.3 Speed Control Variable Frequncy, Constant Voltage
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Lect No 14.4 Speed Control Scalar Control V F
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